TW201401201A - Pushing message system for multiple system platforms - Google Patents

Abstract

The present invention relates to a pushing message system for multiple system platforms, and the pushing message system comprises: a software developer, a plurality of system platforms, a plurality user devices and a pushing server. The software developer provides at least one pushing message, and each of the system platforms has a cloud service. Each of the user devices could be belonged to the same or different system platforms, and the user device include at least one software application developed from the software developer. The software application includes a pushing tool. The pushing server comprises: a management sub-server, a delivery sub-server, a user device data sub-server, a pushing sub-server, a tracking sub-server and a content sub-server. Different pushing keys of the different system platforms could be integrated by those sub-servers and the pushing key for delivering the pushing message to user devices of the different platforms at the same time.

Description

Cross-system platform push system

The present invention relates generally to a push-and-cast system, and more particularly to the ability to simultaneously transmit a push content across a system platform, and to track the user's reception status to target individual users (eg, location or time of use, etc.) A push system for pushing messages.

The earliest push technology refers to the information required by the server to be transmitted to the user's designated place, such as e-mail, multicast, etc., and the push technology can make the user passive. It is a very convenient technology to change the receiving data to actively request data.

The push broadcast system usually includes a push server and a pusher. Under the framework of the Internet, the push server transmits its data to the pusher, and the pusher operates according to the data. Uses, such as multimedia advertising push systems.

Moreover, with the gradual popularization of the Internet, in addition to the increasing population of the Internet, and the variety of digital information is constantly generated. In order to meet the requirements of users to receive information, the provision of personalized information and the generation of proactive services have been developed. However, for some services that require immediacy, if you use traditional methods to obtain information, it is likely that the time factor will affect the usefulness of the information. Therefore, in order to meet the demand for such immediacy, in addition to the need for portable features in hardware, it is necessary to have new technical support in software applications. For example, the Wireless Application Protocol (Mobile Application Protocol) in Mobile Communications PushP1 has been added to WAP1.2, which is called WAP. Therefore, users can receive instant response to messages through specific devices as long as they request the target server. In this way, not only can the role exchange at the time of information acquisition be effectively achieved, but also the problem of immediacy considered when the information is received can be solved.

Although the development of push technology allows users to obtain information more easily and instantly, however, there are still quite a few problems to be overcome in the current push technology. For example, users of different system platforms need to perform complicated procedures for different specifications of these different system platforms if they want to send push messages to users of different system platforms at the same time. In order to enable users of each of its system platforms to receive push information. Therefore, it is very likely that due to the low market share of a certain system platform, the software developers do not push the system platform, and the users of the system platform are treated unfairly. The situation happened.

In addition, with the development of digital technology, more and more software developers have to push the file size of the push content to their users, so that regardless of whether users need this push content, Downloading the full push content to its mobile device, while the large file size represents the action that takes a long time to download, so when the user is not interested in the content of the push, this phenomenon Feeling quite troubled.

Moreover, due to the current push method, software developers actively send their push content to the user's device through the push server. Therefore, if the user does not actively respond, the software development Is It is impossible to know the user's reaction to the content of the push, and the user's troubles caused by the transmission of the push content are still unknown. Moreover, the current push method usually allows the application to sneak behind the scenes. Although it does not significantly interfere with the user's operation of the mobile device, the application also consumes power, resulting in the use of the application. The mobile device is very prone to run out of power, thus causing the software developer to cause dissatisfaction with the user and loss of the customer's situation.

The purpose of the present invention is to solve the problem that the current software developers need to carry out complicated procedures for different system platform specifications when pushing content for different system platforms.

Another object of the present invention is to solve the problem that the file size of the push-cast content is getting larger and larger due to advances in technology, which in turn leads to the problem that a long download operation is required for each push-cast content.

A further object of the present invention is to solve the problem that the current software developer cannot immediately know the user's reaction to the push content, resulting in user confusion and loss of the customer.

In order to achieve the above objective, the present invention provides a push-to-system system for a cross-system platform, comprising: a software development terminal (push service provider), a plurality of system platforms, a plurality of client devices, and a push server. The software development end provides at least one complete push content, and each system platform has a cloud of a system platform. Each client device may correspond to the same or different system platforms, and includes at least one software application developed by the software development terminal, and each software application includes a push tool. The push server contains a tube The server, the transport server, the client data server, the push server, the tracking server and a storage server, the transmission between the servers is generally connected through the transport server.

The management server is configured to receive the complete push content and simplify it into a basic push content, and transmit the complete push content to a storage server for storage. The client data server is configured to store a plurality of client data of a plurality of client devices of the plurality of system platforms, wherein the client data includes one of the system platforms corresponding to the client device. After the management server receives the complete push content, the client data server transmits the push key to the management server through the transport server for integration, and then the basic push content is integrated. The subsequent push key is transmitted to the push server together and transmitted by the push server to the cloud of each system platform.

After the push key is confirmed by each system platform, the basic push content is transmitted to the corresponding user device by each system platform, and the push tool in the user device generates a push behavior tracking information. And transmitting the push behavior tracking information to the transmission server, and then transmitted by the transmission server to the tracking server for storage, and when the client device requests the complete push content through the push tool, the storage server will The complete push content is transmitted to the client device through the transport server.

In some embodiments of the present invention, the push server is constructed using a LAMP (Linux, Apache, MySQL, PHP) platform and a Hyperspatial Protocol (HTTPS Protocol).

In some embodiments of the present invention, the basic push content may be Selected from the following groups: traditional text, long text, web page, image, music, video, map, or calendar.

In some embodiments of the present invention, the push server further includes: a data analysis server coupled to the transport server and the tracking server, wherein the tracking server obtains the stored push behavior tracking information and performs analysis. Among them, the data analysis server is analyzed by the push behavior tracking information to obtain an optimal push time period. In still another embodiment of the present invention, the data analysis server analyzes the push behavior tracking information and transmits the analysis data to the management server through the transmission server, and the management server generates the analysis data into a data. Report, and then transfer this data report to the software development side.

In some embodiments of the present invention, the push broadcast system further includes: a carrier server connected to the transport server of the push server, and the basic push content is transmitted to the user device, after a If the push-line tracking information is not transmitted by the push tool to the transport server for a predetermined time, the client data server obtains one of the telecom data of the client device, and transmits the telecom data to the telecommunications through the transport server. The server is sent by the carrier server and sent to the client device to achieve the notification effect.

In some embodiments of the present invention, the push tool transmits a global satellite positioning coordinate of the client device to the transport server, and the transport server transmits the global satellite positioning coordinate to the client data server. Store and simultaneously transmit this global satellite positioning coordinate to the push server to confirm that one of the global satellite positioning coordinates is within a predetermined range There is no relevant basic push content.

In addition, the present invention also provides a push system for a cross-system platform, which includes: a plurality of system platforms, a plurality of client devices, at least one software development terminal, and a push server. Each system platform has a cloud of a system platform, and each client device can correspond to the same or different system platforms. The software development end has a data server, and the data server includes at least one push content, a push key corresponding to each system platform, and data of each client device. The push server includes: a representative state transfer application interface (REST-API) server, a transport server, a management server, and a push server, and the transport server system and the REST-API server, respectively. The management server and the push server are connected.

The software development terminal sends a push request, a push content, and a push key corresponding to each system platform to the REST-API server through the transport server, and the management server uses the push of the plurality of system platforms. The key is integrated and transmitted back to the transport server, and then the push server receives the push content and the integrated push key from the transport server, and transmits the push content and the integrated push key to the push broadcast key. Corresponding to the cloud of multiple system platforms, the REST-API server will then transmit a push structure to the data server of the software development terminal through the transport server. Similarly, in this embodiment, the push server is configured by using a LAMP (Linux, Apache, MySQL, PHP) platform and an HTTPS protocol.

In summary, the push broadcast system disclosed by the present invention allows the software development terminal to transmit the desired push content (ie, the full push content) to the push server, and the push server Will simplify this push to one The basic push content of the file size is small, so that the end device does not need to perform the long-time downloading action when receiving the basic push content, but only when the user is interested in the push content, Request full push content. Moreover, the push broadcast system disclosed in the present invention can integrate the push key of different system platforms, and when the software development end performs the push broadcast operation, it is no longer necessary to modify the push broadcast content according to different system platforms. Programs that increase convenience. Furthermore, the push broadcast system disclosed in the present invention can track the behavior of the user for the received push content through the push tool built in the user device, and analyze the software so that the software development terminal can immediately know The user's reaction to the content of the push can be corrected at any time to increase the user's sensibility.

The detailed description below is intended to be illustrative of the embodiments of the present invention, and the accompanying drawings, Also, the use of the elements of the drawings in the one or more embodiments is intended to understand the particular structure, structure, or features described in at least one embodiment of the invention. Therefore, terms such as "in an embodiment" or "in another embodiment" are used to describe various embodiments and embodiments of the invention, and are not necessarily referring to the same embodiment. The examples should not be considered as mutually exclusive.

The embodiments and details that are described in detail below are illustrative of the drawings, which may be described in some or all of the embodiments below, as other potential embodiments or embodiments of the inventive concepts presented herein. . The detailed description of the embodiments of the present invention is provided as the following detailed description

First, please refer to FIG. 1 , which is a schematic diagram showing the architecture of a first embodiment of a push-to-system system of the cross-system platform of the present invention. In this embodiment, the push system 100 mainly includes four parts, namely, a push server 110, a plurality of system platform clouds 121, 123, 125, a plurality of client devices 131, 133, 135, and a software development terminal 140.

The software development end 140 refers to a developer who performs application software corresponding to the plurality of system platforms, wherein the software development end 140 can develop the same software corresponding to different system platforms. That is, the software development terminal 140 is a push service provider. In the embodiment, the user device 131 of the first system platform, the user device 133 of the second system platform, and the user device 135 of the third system platform respectively install the software application developed by the software development terminal 140. Program 1311, 1331, 1351. The software applications 1311, 1331, 1351 respectively have a push tool 1313, 1333, 1353.

It should be noted that, in the embodiment, the software development end 140 only draws one, but for those having ordinary knowledge in the art, the software development end 140 may include two, three or even plural. Software development side, and should not be limited. In addition, although the system platform disclosed in this embodiment is only three, it should be easily known to those having ordinary knowledge in the art that the number of system platforms can be increased or decreased according to actual use requirements. There should be no restrictions. Similarly, in this embodiment, the client device 131 of the first system platform and the client end of the second system platform The device 133 and the client device 135 of the third system platform are all drawn for illustration only, and are not intended to be limiting. For those of ordinary skill in the art, it should be readily known that the number of client devices is It is included in two, three or even plural, and should not be limited.

Then, the push server 110 can be constructed by a plurality of servers. In this embodiment, the push server 110 includes a management server 111, a transport server 112, a push server 113, a trace server 114, a client data server 115, and a storage server 116. . In this example, each server in the push server 110 transmits data through the transport server 112. Therefore, each server is connected to the transport server 112.

In this embodiment, the push server 110 is constructed by using a LAMP (Linux, Apache, MySQL, PHP) platform and an HTTPS protocol. However, it should be noted that any means that can achieve the same function of each server to construct the same function as the push server of the present invention should be included in the scope of the present invention, and should not be limited.

The management server 111 can mainly include four functions: a function for managing a software application, a push function, a push detail setting function, and a report analysis function across a system platform, wherein the function of managing the software application is To lock the push key for different system platforms to achieve the role of cross-platform, and to convert according to the format required by different system platforms, and to encrypt the push certificate. In addition, the establishment of the push function includes providing a software development terminal 140 a push editor The operation interface, in this way, the software development terminal 140 only needs to set the push broadcast through a few simple steps, for example, by using a five-step wizard and the like.

The storage server 116 is mainly used to store various files with large file sizes. Therefore, when the software development terminal 140 is connected to the management server 111, the establishment and promotion function of the management server 111 also includes receiving the software development terminal. 140 provides the push content (complete push content), and transmits the complete push content to the storage server 116 through the transmission server 112, and the management server 111 has the ability to simplify the complete push content into a basic The ability to push content, especially if the file size of the push content provided by the software development terminal 140 is too large. Moreover, the establishment and promotion function of the management server 111 further includes that the software development terminal 140 can interrupt the transmission of the push content during the content transmission. Moreover, if the software development terminal 140 has multiple software applications at the same time, it is also possible to perform a push operation for some or all of the software applications by establishing the push function. However, if any of the client devices 131, 133, 135 simultaneously installs a plurality of software applications 1311, 1331, 1351 developed by the software development terminal 140, such a setting may cause the client devices 131, 133, 135 to simultaneously receive multiple identical push broadcasts. Therefore, in the embodiment, the management server 111 only sends the basic push content according to the last open software application 1311, 1331, 1351 of the individual client devices 131, 133, 135, so that the client devices 131, 133, 135 only receive. Go to a basic push content.

In addition, the software development terminal 140 can also be pushed by the management server 111. The broadcast detail setting function is set according to its requirements, for example, specifying time transmission, specifying system platform transmission, specifying location transmission, specifying label transmission, or adding other limited rules according to actual needs in a custom field. Since the push system 100 of the present invention can simultaneously push the user devices 131, 133, and 135 of the plurality of system platforms, the management server 111 can also integrate the report into a report for the broadcast results of the respective system platforms. The data is provided to the software development terminal 140.

The client data server 115 is mainly used for storing and storing various data for each client device 131, 133, 135. The reception of various data of the respective client devices 131, 133, 135 must be matched with the push tools 1313, 1333, 1353 in the respective client devices 131, 133, 135. The push tool 1313, 1333, 1353 is a program, which is installed in the software applications 1311, 1331, 1351. Therefore, when the respective client devices 131, 133, 135 are connected to any network, the tools 1313, 1333 are pushed. 1353 will automatically connect to the transport server 112 of the push server 110, and transmit the data of the client devices 131, 133, 135 to the transport server 112 through the network, and then transmit the data to the client data server by the transport server 112. 115, and the data is stored by the client data server 115.

The push tool 1313, 1333, 1353 can generally include at least seven functions, but not limited thereto, respectively, to support the registration function of the cross-system platform push key, to analyze multiple push format functions, global satellite Global Positioning System (GPS) coordinate detection function, push analysis function, push message mechanism function, label system function, and support device The push function can be turned off. It should be noted that when the software application terminal 1311, 1331, 1351 is developed, the push tool 1313, 1333, 1353 can be easily obtained by the push server 110 of the present invention and set in the software development terminal 140. In the software applications 1311, 1331, and 1351, after the client devices 131, 133, and 135 install the software applications 1311, 1331, and 1351, the above functions of the push tools 1311, 1331, and 1351 can be used.

The above-mentioned registration function for supporting the cross-system platform push key allows the software development terminal 140 to modify the specifications of the same software application 1311, 1331, 1351 for each system platform, and only needs to push the broadcast tool 1313, 1333, When the 1353 is set therein, the client device 131, 133, 135 can obtain the corresponding push key directly from the cloud platform 121, 123, 125 of the connected system platform through the downloaded software application 1311, 1331, 1351. When the client device 131, 133, 135 obtains the push key and is connected to any network, the push tool 1313, 1333, 1353 transmits the push key to the transport server 112 through the network. The transmission server 112 is further transmitted to the client data server 115 and stored in the client data server 115.

In addition, in this embodiment, the above-mentioned push content (including the complete push content and the basic push content) may mainly include at least eight types of push formats, namely, traditional text, long text, webpage, picture, music, and video. , maps and calendars, etc., but not limited to this. Therefore, the profiling tools 1313, 1333, 1353 can analyze the various push format functions to have the function of parsing the above push format, so that the user can directly open and read the push content without The situation where the push content cannot be read because the format is not supported or the like occurs.

In the above-mentioned push-and-play format, when the user-side device 131, 133, 135 receives the push-pull content, if it is a push type of the traditional text, it is only displayed in a pop-up window to display the title; and if it is a push type of the long text, To open the page and display the title and text in the way; if it is the push type of the webpage, it will open the browser and display the incoming website URL; if it is the push type of the image, it will be opened. If the type of the music is displayed, if the type of the music is pushed, the player is turned on, and the music file is played according to the incoming music URL; if it is the type of the movie, it is turned on. The player plays the video file according to the incoming video URL; if it is the push type of the map, the map of the incoming coordinates and the device relationship is displayed by any preset map (for example, Google Map); The type of promotion of the calendar is automatically presented in the manner in which the itinerary is added to the preset schedule of the device.

When the client device 131, 133, 135 itself has a GPS component, the GPS coordinate detection function of the push tool 1313, 1333, 1353 can be activated, and the GPS coordinates (such as latitude and longitude) of the client device 131, 133, 135 are detected, and this is The GPS coordinates are transmitted to the client data server 115 for storage. In this example, the GPS coordinates are first transmitted to the transport server 112, and can also be transmitted to the management server 111 or the push server 113 to confirm whether it is within a predetermined range around the GPS coordinates. The development terminal 140 has set the push content, and if so, the push broadcast can be started.

The push server 113 is connected to the management server 111, and the main The function is to be a cross-platform push function, that is, when the management server 113 transmits the basic push content and the push key obtained and integrated by the client data server 115 to the push server 113, Then, the push server 113 can simultaneously transmit the basic push content and the integrated push key to the three system platforms 121, 123, 125, and when the push server 113 will basically push the content and the integrated push broadcast gold After the key is transmitted, a push record is generated and the push record is sent back to the record in the management server 111. In addition, if the software development terminal 140 has detailed settings for the push broadcast in the management server 111, for example, push schedule, the push schedule is also transmitted to the push server 113, and the push server 113 is pushed. According to the settings, the software development terminal 140 needs to repeat the reminder schedule, and the software development terminal 140 does not need to repeatedly provide the same push content, and then pushes the server. 113 will automatically repeat the reminder to schedule the delivery of the basic content to the client devices 131, 133, 135 of the various system platforms 121, 123, 125. In addition, the software development terminal 140 can also set the periodic schedule, and the push server 113 transmits the basic push content according to the set period.

Basically, if the user does not use the software applications 1311, 1331, 1351 on their client devices 131, 133, 135, the software applications 1311, 1331, 1351 will not operate behind the scenes, when the cloud 121, 123, 125 of the system platform will be basically pushed. When the broadcast content is transmitted to the client devices 131, 133, 135, the software application 1311, 1331, 1351 is awakened by the system installed therein, so that the client devices 131, 133, 135 can be prevented from performing any action on the surface. Because of the software application The situation caused by excessive power consumption caused by the operation behind the scenes.

The tracking server 114 is mainly used to record the behavior of the tracking user device 131, 133, 135 after receiving the basic push content. Therefore, the tracking server 114 is used by the push tool 1313, 1333, 1353 for the user for each tracking content. Each behavior is transmitted to the transmission server 112 via the network and then to the tracking server storage, which can include the following functions: push behavior tracking, user behavior tracking, audio and video behavior tracking, integrated social network website sharing tracking, Data tracking between the software application and each client device relationship. The part of the above-mentioned push behavior tracking is mainly to track the behavior of the user after receiving the basic push content on the user equipment 131, 133, 135, for example, receiving, opening, deleting, restoring, scoring and sharing, etc. Track each action of the user. For example, each page is set with a report code (PageID: Action). Therefore, as long as the user of the page has an action, the report code is started and transmitted to the push server. 110 way to track. Moreover, the audio-visual behavior tracking includes recording the number of times, time, and the like of the user's viewing of the audio-visual content. The tracking of data between the software application and each client device relationship includes checking the version of the software application installed in the client devices 131, 133, 135, and the connection time. The tracking data can be transmitted to the management server 111 through the transmission server 112, and the management server 111 can organize the data into a data report and provide the data to the software development terminal 140.

Therefore, the push system 100 disclosed in the present invention allows the software development terminal 140 to provide only the content to be pushed to the push server 110. The simple setting in the management server 111 can reach the cloud 121, 123, 125 which is simultaneously pushed to a plurality of system platforms. Since the management server 111 has integrated the push key required for each system platform, there is no need for complicated procedures. It can be easily pushed to the client devices 131, 133, 135 of different system platforms at the same time, and the management server 111 can simplify the push content to be the basic push content, so the file transmitted to the client device 131, 133, 135 is small, not It takes a lot of time to download. Only when the user is interested in the content of the push, the push broadcast tool 1313, 1333, 1353 needs to request the push broadcast server 110 to completely push the content. At this time, it is stored in the storage servo. The complete push content in the device 116 is downloaded to the client devices 131, 133, 135 via the network. Moreover, both the push tool 1313, 1333, 1353 and the tracking server 114 record the various behaviors of the user for the content being pushed, and provide the tracking result to the software development terminal 140. Thus, the software development end 140 can immediately know the user's reaction to the push content, and can be modified at any time to provide the user's most demanded push content.

Next, please refer to FIG. 2, which is a schematic diagram showing the architecture of a second embodiment of the push-to-platform system of the cross-platform system of the present invention. In the embodiment, the push system 200 mainly includes four parts, namely, a push server 210, a cloud 221, 223, 225 of a plurality of system platforms, a plurality of client devices 231, 233, 235, and a software development terminal 240. Further, the push server 210 includes a management server 211, a transfer server 212, a push server 213, a trace server 214, a client data server 215, a storage server 216, and a data analysis server 217, and each Client device 231, Software applications 2311, 2331, 2351 are installed in 233, 235, and each software application 2311, 2331, 2351 has a push tool 2313, 2333, 2353. It should be noted that, in the push system 200 of the embodiment, the cloud 221, 223, 225 of the system platform, the client device 231, 233, 235 and its respective software applications 2311, 2331, 2351 and the push tools 2313, 2333, 2353, the management servo The device 211, the transmission server 212, the push server 213, the tracking server 214, the client data server 215, and the storage server 216 are all connected to the cloud 121, 123, 125 of the system platform in the push system 100 in the first embodiment, and the client. The devices 131, 133, 135 and their respective software applications 1311, 1331, 1351 and push tools 1313, 1333, 1353, the management server 111, the transport server 112, the push server 113, the trace server 114, the client data server 115 The storage server 116 is the same or similar components, and therefore will not be described again. Only the difference between the push system 200 and the push system 100 will be described.

In the embodiment, the data analysis server 217 in the push server 210 is coupled to the transfer server 212 and the tracking server 214. The tracking server 214 is the same as the tracking server 214 of the first embodiment, and can transmit the user to the tracking server through the push tool 2313, 2333, 2353 for each action of the user device 231, 233, 235 for the push content. In the 214, the tracking server 214 also transmits the tracked data to the data analysis server 217. Therefore, the data analysis server 217 can analyze the user's usage record for the tracked data, including software application behavior statistics and push behavior statistics. In this way, the analysis of these tracking data can be used to calculate the best push for each device. Send time (ie best push time).

In this embodiment, the data collected by the data analysis server 217 can also be transmitted to the management server 211 through the transmission server 212. Therefore, the management server 211 transmits the push basic content and the integrated push key to the push broadcast. At the same time as the server 213, the optimal push time can also be transmitted at the same time, so that the push server 213 can perform the push according to the best push time of each of the client devices 231, 233, 235. Moreover, after the data analysis server 217 analyzes the various tracking data, the data report prepared by the management server 211 can be more detailed.

Furthermore, please refer to FIG. 3, which is a schematic structural diagram showing a third embodiment of the push-pull system of the cross-platform system of the present invention. In this embodiment, the push broadcast system 300 mainly includes five parts, namely, a push server 310, a plurality of system platform clouds 321, 323, 325, a plurality of client devices 331, 333, 335, a software development terminal 340, and a carrier server 350. . Moreover, the push server 310 includes a management server 311, a transport server 312, a push server 313, a trace server 314, a client data server 315, and a storage server 316, and is installed in each client device 331, 333, 335. The software applications 3311, 3331, 3351, and each software application 3311, 3331, 3351 has a push tool 3313, 3333, 3353. It should be noted that, in the push system 300 of the embodiment, the cloud of the system platform 321, 323, 325, the client device 331, 333, 335 and its respective software applications 3311, 3331, 3351 and the push tool 3313, 3333, 3353, management servo Terminal 310, management server 311, transmission server 312, push server 313, tracking server 314, client data server The server 315 and the storage server 316 are the same as the cloud 121, 123, 125 of the system platform in the push system 100 in the first embodiment, the client device 131, 133, 135 and its respective software applications 1311, 1331, 1351 and the push tools 1313, 1333, 1353. The management server 110, the management server 111, the transmission server 112, the push server 113, the tracking server 114, the client data server 115, and the storage server 116 are the same or similar components, and therefore no longer To be described, only the difference between the push system 300 and the push system 100 will be described.

In the present embodiment, the push broadcast system 300 is different from the push broadcast system 100 in the first embodiment in that the push server 310 is connected to the carrier server 350 via the transport server 312. Therefore, in the present embodiment, when the push server 313 transmits the basic push content and the integrated push key, the push record generated after being transmitted back to the management server 311, after a predetermined reservation After the time, the tracking server 314 has not received the tracking data returned by the client device 331, 333, 335, and the management server 311 obtains the data of the client device 331, 333, 335 through the transmission server 312 to the client data server 315. For example: phone number or email address. If the obtained data is an electronic mail box, the management server 311 sends an electronic mail to the client device 331, 333, 335 through the transmission server 312 to notify it that there is a push content; or, if the data is obtained as a telephone number, the management server 311 The short message 351 is sent through the transport server 312 and the carrier server 350 to notify the client device 331, 333, 335 that it has the push content. The predetermined time can be set by the software development terminal 340, and should not be limited.

However, it should be noted that the way to inform the content of the push can be to use the newsletter alone, or to use the e-mail alone, or to use the two together, or even to notify the user directly by telephone number, instead of There are restrictions.

Next, please refer to FIG. 4, which is a schematic structural diagram showing a fourth embodiment of the push-pull system of the cross-platform system of the present invention. In this embodiment, the push broadcast system 400 also mainly includes four parts, namely, a push server 410, a plurality of system platform clouds 421, 423, 425, a plurality of client devices 431, 433, 435, and a software development terminal 440. Moreover, the push server 410 includes a management server 411, a transport server 412, a push server 413, a tracking server 414, a client data server 415, a storage server 416, and a payment server 419, and various users. Software applications 4311, 4331, 4351 are installed in the end devices 431, 433, 435, and each of the software applications 4311, 4331, 4351 has a push tool 4313, 4333, 4353. It should be noted that, in the push broadcast system 400 of the embodiment, the cloud 421, 423, 425 of the system platform, the client device 431, 433, 435 and its respective software applications 4311, 4331, 4351 and the push tool 4313, 4333, 4353, management servo The server 411, the transmission server 412, the push server 413, the tracking server 414, the client data server 415 and the storage server 416 are all connected to the cloud 121, 123, 125 of the system platform in the push system 100 in the first embodiment, and the client. The devices 131, 133, 135 and their respective software applications 1311, 1331, 1351 and push tools 1313, 1333, 1353, the management server 111, the transport server 112, the push server 113, the trace server 114, the client data server 115 And storing server 116 is The same or similar components are not described again, and only the difference between the push system 400 and the push system 100 will be described.

In this embodiment, the payment server 419 in the push server 410 is connected to the management server 411. The main function is to provide the software development terminal 440 to pay for the function, and the software development terminal 440 is provided. Transfers or bank virtual accounts can achieve the effect of paying by means of point value. The software development terminal 440 also needs to access the server 411 interface and connect to the payment server 419 to achieve the point value storage procedure.

Furthermore, please refer to FIG. 5, which is a schematic structural diagram showing a fifth embodiment of the push-pull system of the cross-platform system of the present invention. In the embodiment, the push system 500 mainly includes four parts, namely, a push server 510, a cloud 521, 523, 525 of a plurality of system platforms, a plurality of client devices 531, 533, 535, and a software development terminal 560. Further, software application programs 5311, 5331, 5351 are installed in each of the client devices 531, 533, 535. It should be noted that, in the push system 500 of the embodiment, the cloud 521, 523, 525 of the system platform, the client device 531, 533, 535 and the respective software applications 5311, 5331, 5351 are all in the push system 100 in the first embodiment. The cloud 121, 123, 125 of the system platform, the client devices 131, 133, 135 and their respective software applications 1311, 1331, 1351 are the same or similar components, and therefore will not be described again. Only the difference between the push system 500 and the push system 100 will be described.

In this embodiment, the software development terminal 560 includes the data server 561. Therefore, the client devices 531, 533, 535 are stored in the data server 561. Instead of being stored in the push server 510. The push server 510 includes a management server 511, a transport server 512, a push server 513, and a representative state transfer application interface (REST-API) server 518, wherein the management server 511, the push server 513, and The REST-API server 518 is coupled to the transport server 512, respectively. The data server 561 of the software development terminal 560 is connected to the transmission server 512, and the software development terminal 560 sends a push request through the transmission server 512, and the transmission server 512 transmits the push request to the REST. - API server 518.

The REST-API server 518 has at least five functions, namely, cross-system platform device management function, cross-system platform software application management function, cross-system platform push-up function, cross-system send push function and own system. Integration features, etc. Therefore, the software development terminal 560 can directly integrate the push content of the system platform and the push server 513 directly through the management server 511 through the REST-API server 518 in the push request. The push content is transmitted to the cloud 531, 533, 535 of each system platform and each of the client devices 531, 533, 535. After the push content delivery is completed, the REST-API server 518 generates a push result, and transmits the push result to the data server 561 of the software development terminal 560 through the transport server 512.

In this embodiment, the software development terminal 560 does not need to upload the content to be pushed to the push server 510 first, and does not need to store the user's personal data in the push server 510. Increase the autonomy of the software development terminal 560. However, through the operation of the management server 511 and the push server 513, the push content of the software development terminal 560 can still be simultaneously transmitted to The ability of different system platforms 521, 523, 525.

However, in this embodiment, the software development terminal 560 processes the user data through the data server 561. Therefore, in the embodiment, the software applications 5311, 5331, and 5351 may not have the software application. Push tools are included.

Please refer to FIG. 6, which is a schematic diagram showing the architecture of the sixth embodiment of the push-to-system platform of the cross-system platform of the present invention. In this embodiment, the push broadcast system 600 mainly includes a push server 610, a plurality of system platform clouds 621, 623, 625, a plurality of client devices 631, 633, 635, a first software development terminal 640, a carrier server 650, and a second Software development side 660. Further, the push server 610 includes a management server 611, a transfer server 612, a push server 613, a trace server 614, a client data server 615, a storage server 616, a data analysis server 617, and a REST- The software server 631 and the payment server 619, and the respective client devices 631, 633, 635 are installed with software applications 6311, 6331, 6351, and each of the software applications 6311, 6331, 6351 has a push tool 6313, 6333, 6353. In addition, the carrier server 650 can provide the function of transmitting the short message 651, and the second software development terminal 660 has the data server 661 without storing the push content in the push server 610 before sending. The push broadcast system 600 of the present embodiment is a push broadcast system 100 of the first embodiment, the push broadcast system 200 of the second embodiment, the push broadcast system 300 of the third embodiment, and the push broadcast of the fourth embodiment. The system 400 and the push system 500 of the fifth embodiment, wherein the functions of the respective elements are similar to those of the same or similar elements in the foregoing, and therefore will not be described again.

Therefore, in this embodiment, the push system 600 can have the functions in the above embodiments, and can correspond to the application of the software development end 640, 660 of different requirements.

In addition, it should be noted that the user equipment disclosed in the present invention may include various mobile devices such as a smart phone, a tablet computer, a digital mobile assistant, a notebook computer, an e-book reader, and the like, and should not have Limited.

Moreover, the server architecture used in the present invention can be achieved through the existing server architecture. Therefore, the detailed architecture of each server is not described in the specification. Those having ordinary skill in the art should be able to easily implement the operation of the push server in the present invention through the description of the present invention and the current server architecture.

In summary, the push broadcast system disclosed by the present invention allows the software development terminal to transmit the desired push content (ie, the full push content) to the push server, and the push server The push content is simplified to a basic push content with a smaller file size, so that the end device does not need to perform a long downloading action when receiving the basic push content, but only needs to use the terminal. When you are interested in this content, you can request the full push content. Moreover, the push broadcast system disclosed in the present invention can integrate the push key of different system platforms, and when the software development end performs the push broadcast operation, it is no longer necessary to modify the push broadcast content according to different system platforms. Programs that increase convenience. Furthermore, the push broadcast system disclosed in the present invention can track the behavior of the user for the received push content through the push tool built in the user device, and analyze the software development end. The user's reaction to the content of the push can be instantly known, so that the user can be corrected at any time to increase the user's good feeling.

In addition, the various modifications that can be made by the embodiments and the embodiments described in the present invention are intended to be included within the scope of the present invention. Therefore, the drawings and the examples are intended to be illustrative and not to limit the invention, and the scope of the invention is intended to be limited only by the scope of the claims.

100‧‧‧Pushing system

110‧‧‧Pushing the server

111‧‧‧Management Server

112‧‧‧Transport server

113‧‧‧Pushing server

114‧‧‧Tracking server

115‧‧‧Client Data Server

116‧‧‧Storage server

121‧‧‧The cloud of the first system platform

123‧‧‧The cloud of the second system platform

125‧‧‧The cloud of the third system platform

131‧‧‧Usage device of the first system platform

1311‧‧‧Software application

1313‧‧‧Pushing tools

133‧‧‧Usage device for the second system platform

1331‧‧‧Software application

1333‧‧‧Pushing tools

135‧‧‧Terminal device for the third system platform

1351‧‧‧Software application

1353‧‧‧Pushing tools

140‧‧‧Software development end

200‧‧‧Pushing system

210‧‧‧Pushing the server

211‧‧‧Management Server

212‧‧‧Transport server

213‧‧‧Pushing server

214‧‧‧Tracking server

215‧‧‧Client Data Server

216‧‧‧Storage server

217‧‧‧Data Analysis Server

221‧‧‧The cloud of the first system platform

223‧‧‧The cloud of the second system platform

225‧‧‧The cloud of the third system platform

231‧‧‧Usage device of the first system platform

2311‧‧‧Software application

2313‧‧‧Pushing tools

233‧‧‧Usage device for the second system platform

2331‧‧‧Software application

2333‧‧‧Pushing tools

235‧‧‧Terminal device for the third system platform

2351‧‧‧Software application

2353‧‧‧Pushing tools

240‧‧‧Software development end

300‧‧‧Pushing system

310‧‧‧Pushing the server

311‧‧‧Management Server

312‧‧‧Transport server

313‧‧‧Pushing server

314‧‧‧ Tracking server

315‧‧‧User Data Server

316‧‧‧ Storage server

321‧‧‧The cloud of the first system platform

323‧‧‧The cloud of the second system platform

325‧‧‧The cloud of the third system platform

331‧‧‧Usage device of the first system platform

3311‧‧‧Software application

3313‧‧‧Pushing tools

333‧‧‧Usage device of the second system platform

3331‧‧‧Software application

3333‧‧‧Pushing tools

335‧‧‧Terminal device for the third system platform

3351‧‧‧Software application

3353‧‧‧Pushing tools

340‧‧‧Software development end

350‧‧‧Telecom server

351‧‧‧News

400‧‧‧Pushing system

410‧‧‧Pushing the server

411‧‧‧Management Server

412‧‧‧Transport server

413‧‧‧Pushing server

414‧‧‧Tracking server

415‧‧‧Customer Data Server

416‧‧‧Storage server

419‧‧‧Pay Server

421‧‧‧The cloud of the first system platform

423‧‧‧The cloud of the second system platform

425‧‧‧The cloud of the third system platform

431‧‧‧Usage device of the first system platform

4311‧‧‧Software application

4313‧‧‧Pushing tools

433‧‧‧Usage device for the second system platform

4331‧‧‧Software application

4333‧‧‧Pushing tools

435‧‧‧Terminal device for the third system platform

4351‧‧‧Software application

4353‧‧‧Pushing tools

440‧‧‧Software development end

500‧‧‧Pushing system

510‧‧‧Pushing the server

511‧‧‧Management Server

512‧‧‧Transport server

513‧‧‧Pushing server

518‧‧‧Representative State Transfer Application Interface Server

521‧‧‧The cloud of the first system platform

523‧‧‧The cloud of the second system platform

525‧‧‧The cloud of the third system platform

531‧‧‧Usage device of the first system platform

5311‧‧‧Software application

533‧‧‧Usage device of the second system platform

5331‧‧‧Software application

535‧‧‧Terminal device for the third system platform

5351‧‧‧Software application

560‧‧‧Software development end

561‧‧‧Data Server

600‧‧‧Pushing system

610‧‧‧Pushing the server

611‧‧‧Management Server

612‧‧‧Transport server

613‧‧‧Pushing server

614‧‧‧Tracking server

615‧‧‧User Data Server

616‧‧‧Storage server

617‧‧‧Data Analysis Server

618‧‧‧Representative State Transfer Application Interface Server

619‧‧‧Pay Server

621‧‧‧The cloud of the first system platform

623‧‧‧The cloud of the second system platform

625‧‧‧The cloud of the third system platform

631‧‧‧Usage device of the first system platform

6311‧‧‧Software application

6313‧‧‧Pushing tools

633‧‧‧Usage device for the second system platform

6331‧‧‧Software application

6333‧‧‧Pushing tools

635‧‧‧Terminal device for the third system platform

6351‧‧‧Software application

6353‧‧‧Pushing tools

640‧‧‧First software development end

650‧‧‧Telecom server

651‧‧‧News

660‧‧‧Second software development side

661‧‧‧Data Server

1 is a block diagram showing the first embodiment of a push system of a cross-system platform of the present invention.

Figure 2 is a block diagram showing the architecture of a second embodiment of the push-to-system platform of the present invention.

Figure 3 is a block diagram showing the third embodiment of the push system of the cross-system platform of the present invention.

Figure 4 is a block diagram showing the fourth embodiment of the push system of the cross-system platform of the present invention.

Figure 5 is a block diagram showing the fifth embodiment of the push system of the cross-system platform of the present invention.

Figure 6 is a block diagram showing the sixth embodiment of the push-to-system system of the cross-system platform of the present invention.

100‧‧‧Pushing system

110‧‧‧Pushing the server

111‧‧‧Management Server

112‧‧‧Transport server

113‧‧‧Pushing server

114‧‧‧Tracking server

115‧‧‧Client Data Server

116‧‧‧Storage server

121‧‧‧The first system platform cloud

123‧‧‧The second system platform cloud

125‧‧‧The third system platform cloud

131‧‧‧Usage device of the first system platform

1311‧‧‧Software application

1313‧‧‧Pushing tools

133‧‧‧Usage device for the second system platform

1331‧‧‧Software application

1333‧‧‧Pushing tools

135‧‧‧Usage device of the second system platform

1351‧‧‧Software application

1353‧‧‧Pushing tools

140‧‧‧Software development end

Claims (12)

A push system of a cross-system platform, comprising: at least one push service provider, providing at least one complete push content; and a push server, respectively, and the push service provider, a plurality of system platforms The cloud is connected to a plurality of client devices, each of the plurality of client devices includes a push tool, and the push server includes: a management server for receiving the complete push content, and the complete The push content is simplified into a basic push content; a transport server is coupled to the management server and coupled to the push tool of the plurality of client devices; a client data server, and the transfer server Connected to the server, the client data includes a push key of the system platform corresponding to the client device, and the push key is transmitted to the management server by the transport server, and the management server is Integrating the push key corresponding to each of the system platforms; a push server for receiving the basic push content transmitted by the management server and integrating the push key, and The basic push content and the push key are transmitted to at least one of the system platforms; a tracking server is connected to the transport server, and the basic push content is confirmed when the push key is confirmed by the system platform. When the system platform transmits to the client device, the push tool generates a push behavior tracking information, and the push behavior tracking information is transmitted to the transmission server, and then transmitted to the tracking by the transmission server. The server is stored. The push broadcast system of claim 1, wherein the push server is constructed using a LAMP (Linux, Apache, MySQL, PHP) platform and an HTTPS protocol. The push system of claim 1, wherein the basic push content is selected from the group consisting of: traditional text, long text, web page, picture, music, video, map, or calendar. The push broadcast system of claim 1, wherein the push server further comprises: a storage server coupled to the transport server, and when the management server receives the complete push content, Transmitting the complete push content to the storage server through the transport server, and storing the complete push content by the storage server, and when the client device requests the complete push content through the push tool, Then, the storage server transmits the complete push content to the client device through the transport server. The push broadcast system of claim 1, wherein the push server further comprises: a data analysis server coupled to the transport server and the trace server, wherein the trace server obtains the stored The push behavior tracks information and analyzes it. The push system as described in claim 5, wherein the data analysis servo The device is analyzed by the push behavior tracking information to obtain an optimal launch period. The push broadcast system of claim 5, wherein the data analysis server analyzes the push behavior tracking information and transmits the analysis data to the management server through the transport server, the management server system The analysis data is produced into a data report, and the data report is transmitted to the push service provider. The push broadcast system of claim 1, further comprising: a carrier server connected to the transport server of the push server, when the basic push content is transmitted to the client device, After the predetermined time has not been transmitted by the push tool to the transport server, the client data server obtains one of the telecommunication materials of the client device, and transmits the telecommunication through the transport server. The data is transmitted to the carrier server, and the carrier server sends a short message to the client device. The push system of claim 1, wherein the push tool transmits the global satellite positioning coordinate of one of the client devices to the transport server, and the transport server transmits the global satellite positioning coordinate to the The client data server stores and transmits the global satellite positioning coordinate to the push server to confirm whether the basic push content is related to a predetermined range around the global satellite positioning coordinate. The push broadcast system of claim 1, wherein the push service provider is a software development terminal, and each of the client devices includes at least one software application developed by the software development terminal, and The push tool is included in the software application. A push system of a cross-system platform, comprising: a plurality of system platforms, each of the system platforms having a cloud of a system platform; a plurality of client devices, each of the client devices corresponding to the same system platform or Different from the system platform, and connected to the corresponding cloud of the system platform; at least one software development end has a data server, and the data server includes at least one push content corresponding to each of the systems a push key of the platform and data of each of the client devices; a push server connected to the cloud of the at least one software development terminal and the plurality of system platforms, the push server includes: a representative a state transfer application interface (REST-API) server; a transport server coupled to the representative state transfer application interface server, the software development terminal transmitting the application interface to the representative state through the transport server The server sends a push request, the push content and the push key corresponding to each of the system platforms; a management server, and the transmission servo Connected to the push key of the plurality of system platforms and transmitted back to the transport server; and a push server coupled to the transport server for receiving the push content and the integrated push key by the transport server, and the push content and the integrated push broadcast gold The key is transmitted to the cloud system corresponding to the plurality of system platforms, and the representative status transmission application interface server transmits a push broadcast result to the data server of the software development terminal through the transport server. The push broadcast system of claim 11, wherein the push server is configured by using a LAMP (Linux, Apache, MySQL, PHP) platform and an HTTPS protocol.